Oriel IQE-LIGHT-BIAS User Manual Download Page 8

IQE-LIGHT-BIAS 

ORIEL

®

 FIBER OPTIC ILLUMINATOR 

Page 8

 

 

 

4  COLORED GLASS FILTERS 

Oriel colored glass filters serve as broadband, band pass, or long-wave pass filters. A variety of Schott 
color glasses covering the visible and near-infrared wavelength regions are offered. These filters are 
precision polished for demanding research or OEM applications.  
 
The light bias kit accepts 25.4 mm (1 inch) diameter filters. For easy identification, the filters are 
permanently labeled with the glass type.  Transmission curves for each filter type listed, as well as 
additional filters, may be viewed at 

www.newport.com/oriel

 
To prevent breakage, the glass filters must always be removed from the filter holder prior to transporting 
or shipping the light bias kit. 

 

 
  

 

 

SPECIFICATIONS 

Material 

Schott colored glass or equivalent 

Clear Aperture 

central 80% of dimensions 

Surface Quality 

60-40 scratch-dig 

Dimensions ±0.3 

mm 

Thickness  

3.0 ±0.1 mm 

Wedge    

3 arc min 

Chamfers 

0.25–0.76 mm face width x 45° ±15° 

Angle of Incidence 

0° 

Damage Threshold  30 W/cm

2

 CW, typical  

 
 

SCHOTT GLASS DESIGNATIONS 

BG  Blue, blue-green, and multi-band glasses 
GG  Nearly colorless to yellow glasses, IR transmitting 
OG  Orange glasses, IR transmitting 
RG  Red and black glasses, IR transmitting 

 
 

COLORED GLASS FILTERS 

(25.4MM DIAMETER) 
Model Glass 

Description 

 

Model Glass 

Description 

FSR-BG18 BG.18 Blue 

Band 

pass  FSR-OG590 

OG.590 

Cut-on 590 nm 

FSR-BG38 BG.38 Blue 

Band 

pass  FSR-RG610 RG.610 Cut-on 

610 

nm 

FSR-BG39 BG.39 Blue 

Band 

pass  FSR-RG630 RG.630 Cut-on 

630 

nm 

FSR-BG40 BG.40 Blue 

Band 

pass  FSR-RG645 RG.645 Cut-on 

645 

nm 

FSR-GG420  GG.420  Cut-on 420 nm 

FSR-RG665 RG.655 Cut-on 

655 

nm 

FSR-GG435  GG.435  Cut-on 435 nm 

FSR-RG695 RG.695 Cut-on 

695 

nm 

FSR-GG455  GG.455  Cut-on 455 nm 

FSR-RG715 RG.715 Cut-on 

715 

nm 

FSR-GG475  GG.475  Cut-on 475 nm 

FSR-RG9 

RG.725 

Cut-on 725 nm 

FSR-GG495  GG.495  Cut-on 495 nm 

FSR-RG780 RG.780 Cut-on 

780 

nm 

FSR-OG515  OG.515  Cut-on 515 nm 

FSR-RG830 RG.830 Cut-on 

830 

nm 

FSR-OG530  OG.530  Cut-on 530 nm 

FSR-RG850 RG.850 Cut-on 

850 

nm 

FSR-OG550  OG.550  Cut-on 550 nm 

FSR-RG1000  RG.1000  Cut-on 1000 nm 

FSR-OG570  OG.570  Cut-on 570 nm 

 

 

 

 

Summary of Contents for IQE-LIGHT-BIAS

Page 1: ...de amily of Brands M QE Li U el IQ Corion New F MIQE LIGHT B ght B User s QE Focus Oriel In BIAS Re Bias s Man LIG nstruments Richa ev 08 2015 sing nual GHT ardson Gratings Syst T B Spectra Physic tem...

Page 2: ...ENANCE 9 6 REPLACEMENT PARTS 10 7 FIBER ILLUMINATOR SETUP 11 7 1 VOLTAGE SELECTION 11 7 2 FIBER OPTIC CONNECTION 11 8 FIBER ILLUMINATOR OPERATION 12 8 1 LAMP INTENSITY CONTROL 12 8 2 MANUAL 12 8 3 REM...

Page 3: ...ifurcated fiber optic cable and filter holder A wide selection of filters are available from Oriel to meet a variety of testing needs These filters are purchased separately Prior to installation read...

Page 4: ...lter assembly minus the filter slide to the front of the fiber light source by tightening the thumb screw 4 Install the mounting adapter onto the bottom output port of the beamsplitter on the IQE syst...

Page 5: ...gure 3 The filter slide must be installed even if only white light biasing is desired to prevent light leakage 8 Affix both 77646 beam probes onto the two legs of the 77533 fiber bundle Refer to the i...

Page 6: ...robes are not aimed at the eyes of any person Then turn on the fiber light source and move the fiber holders on the mounting adapter until the desired light output onto the sample is achieved Tighten...

Page 7: ...tting up and storing the glass bundle Never touch the end faces of the fiber or allow them to be contaminated by dust or solvents Incorrect handling will result in breakage of the glass fibers within...

Page 8: ...76 mm face width x 45 15 Angle of Incidence 0 Damage Threshold 30 W cm 2 CW typical SCHOTT GLASS DESIGNATIONS BG Blue blue green and multi band glasses GG Nearly colorless to yellow glasses IR transm...

Page 9: ...AB 16 Canned Duster 10 oz 300 ml LAB 15 Bulb Blower PROTECTIVE BAGS LAB 26 white polyester 50 8 mm square quantity 10 holds 25 4 mm to 38 1 mm diameter optics OPTICS CLEANING TISSUE LAB 28 Optics Clea...

Page 10: ...M PART NUMBER Filter Holder Ring 244 6040 501 Filter Wrench 77371 2 2900 Allen Hex Wrench 1 16 90 11 042 Power Cord U S plug to IEC320 70010 Power Cord Europe plug to IEC320 70012NS Other power cords...

Page 11: ...ceptacle The 66088 can operate with line voltages from 100 to 250 VAC and at 50 Hz or 60 Hz 7 2 FIBER OPTIC CONNECTION Notice Do not operate the illuminator without the fiber optic connected to the il...

Page 12: ...is in the R ions on the 9 will run at th TION dule at the re cle Use only with a front pa for remote in ry control loca clockwise co ckwise corre t the highest n result in sign CAL REMOTE REMOTE pos...

Page 13: ...ases the minimum resistance between Pin 1 and common ground Pins 2 and 7 must be at least 500 ohms to prevent damage to the Pin 1 power supply The user may also use a fixed voltage divider to control...

Page 14: ...it is 10 mA When the signal at Pin 9 is logic High 5v the lamp has failed The Lamp Fail signal will detect if current has stopped flowing to the lamp while the intensity control signal is not at 0 vol...

Page 15: ...urning both retaining screws counterclockwise using a straight blade screwdriver NOTE Both retaining screws will be disengaged from the power supply but will remain in place in the lamp module 4 Remov...

Page 16: ...holding the lamp socket and gently pulling the lamp reflector 5 Discard the lamp 6 Insert the replacement lamp into the lamp socket CAUTION Do not touch the interior of the lamp reflector the lamp en...

Page 17: ...awer is located directly beneath where the AC line cord plugs in 4 Pull out the fuse drawer Remove the blown fuse that is positioned closest to the illuminator and discard The second fuse is the spare...

Page 18: ...mperature 3200 Kelvin at max intensity Light Output Regulation 0 5 or better Light Ripple 6 pk to pk Intensity Control solid state 0 100 AC Line Input 100 240 VAC 50 60 Hz Remote Intensity Control 0 5...

Page 19: ...F CO Newport Corp 150 Long Bea Stratford CT IQE Light Bi IQE LIGHT Electrical equ laboratory use tions EN 61010 1 EN 61326 1 2004 108 EC 2006 95 EC L Beaune 12 Bruno Ret documenta Group Dire Micro Con...

Page 20: ...It is available by mail request or through Newport s website The website is where one will find product updates interactive demonstrations specification charts and more To obtain information regarding...

Page 21: ...e returned Products until delivery at Oriel s facility Oriel is not responsible for product damage once it has left the facility after repair or replacement has been completed Oriel is not obligated t...

Page 22: ...D All Products except consumables such as lamps filters etc described here are warranted for a period of twelve 12 months from the date of shipment or 3000 hours of operation whichever comes first Lam...

Page 23: ...for demonstrations or temporary use or in any manner in which title is not transferred from Newport shall assume full responsibility for any and all damage while in their care custody and control If d...

Page 24: ...this manual may be reproduced or copied without the prior written approval of Newport Corporation This manual has been provided for information only and product specifications are subject to change wi...

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